The long-term ecological interactions between fire and the composition of dominant trees
and shrubs in boreal and cold temperate Fennoscandian forests are still under discussion …

How populations of long‐living species respond to climate change depends on phenotypic
plasticity and local adaptation processes. Marginal populations are expected to have lags in …

Assisted tree migration has been proposed as a conceptual solution to mitigate lags in biotic
responses to anthropogenic climate change. The rationale behind this concept is that tree …

Forest fires are expected to be more frequent and more intense with climate change,
including in temperate and mountain forest ecosystems. In the Alps, forest vulnerability to fire …

Climate-driven increases in frequencies and intensities of wildfires will affect even relatively
humid regions such as the Central Alps. During low-to moderate-intensity fires, the …

Bark is an important protective tissue and vegetative organ of woody plants. Variations in
bark thickness have a direct effect on plant growth and development, forest community …

Wildfires are critical socio-ecological features in the Mediterranean basin. In a context of
global changes (climate, land use), we questioned whether the wildfire regime was altered …

Under the influence of climate change, wildfire regimes are expected to intensify and
expand to new areas, increasing threats to natural and socioeconomic assets. We explore …

Fire and herbivory are fundamental top‐down processes, structuring grass–tree ratios in
ecosystems across a diversity of climates. Both are plant consumers that can strongly control …

Anthropogenic climate change is expected to increase the aridity of many regions of the
world. Surface water ecosystems are particularly vulnerable to changes in the water-cycle …